Just as contemporary human societies depend on large-scale agriculture, leaf-cutter ants depend on a long, co-evolved relationship with a fungus. As humans, we may share some of the same rules that govern their relationship.
By integrating machine-learning technology with high-resolution imaging, scientists are improving the taxonomic resolution of fossil pollen identifications and greatly enhancing the use of pollen data in ecological and evolutionary research.
Crocodiles fulfill important functions in the ecosystems where they live, and they play a prominent role in the myths and legends of cultures around the world. Miryam Venegas-Anaya will share stories about years of field work in Panama with these fascinating reptiles to increase our understanding and appreciation of their diversity and behavior.
Post-doc Jarrod Scott is an active contributor to anvi’o, a set of computational tools to visualize microbial communities.
The Agua Salud project’s new videos, narrated in Spanish and English by Panamanian actress Hilary Hughes, share the results of tropical reforestation and landscape restoration research pioneered in Panama.
How can science help to restore deforested land, reduce the risk of flooding and combat climate change? Find out in a virtual chat with Jefferson Hall, director of STRI’s Agua Salud Project, Katherine Sinacore, post-doctoral fellow and Edwin Garcia, master’s degree student, moderated by STRI Interim Director, Oris Sanjur and Associate Director for Communications Linette Dutari.
“Her unification of developmental plasticity and genetics is a huge advance in our understanding of evolution. Her decades-long work with tropical social wasps focusing on careful field observation is testimony to what a careful observer of natural history can contribute to evolutionary biology.”-the Linnean Society
Long-term monitoring of the bat species Saccopteryx bilineata in their natural setting revealed that pups display babbling behavior strikingly similar to that of human infants
Colorful female Jacobins in the wild may feed more frequently and for longer periods than their drab counterparts
The adaptation of certain plants to drought and high temperatures involves a fundamental reprogramming of their metabolism, not just a simple adjustment that can be made by regular plants.
